JAEA-Data/Code 2007-004 - Welcome to Research Group for ...

Block-10’ Required if IGT=11, or 12 and NTPIN ≠ 0 /NTPIN/
RPP(i) Radial position (cm) of each pin rod for IGT=11 or 12
Block-10” Required if IGT=13, 15, or 16 and NTPIN ≠ 0 /NTPIN/
IXP(i) X-position of each pin rod on RX. Enter integers ranging from 1 to NX+1 for
IGT=13, and =16, i.e. the lower left corner has the grid coordinate (1,1).
For IGT=15, the center of the assembly has the coordinate (0,0), then IXPs range
from 0 to NX. While the input requires NTPIN entries, the entries for the first
one-sixth part of a hexagon must be proper and others are dummy numbers because
the 60° rotational symmetry is assumed.
Block-11 Required if IGT=10,11, or 12 and NTPIN ≠ 0 /NTPIN/
THETA(i) Angular position of each pin rod by θ in degree
Block-11” Required if IGT=13, 15, or 16 and NTPIN ≠ 0 /NTPIN/
IYP(i) Y-position of each pin rod on TY. Enter integers ranging from 1 to NY+1 for
IGT=13 and 16, from 0 to NY for IGT=15. While the input requires NTPIN entries,
the entries for the first one-sixth part of a hexagon must be proper and others are
dummy numbers because the 60° rotational symmetry is assumed.
Block-12 Required if IGT=10 or 14 /NDPIN+1/
RDP(i) Radii (cm) for annular sub-division in a pin rod; where RDP(1)=0. The radii are
common through all pin rods.
Block-12’ Required if IGT=9,11,12, 13, 15 or 16 and NTPIN ≠ 0 /(NDPIN+1)*NTPIN/
RDP(i) Radii (cm) for annular sub-division of individual pin rod, where (RDP(1,j), j=1,
NTPIN) =0 always.
For IGT=9, the input is required for an octant (1/8), then NTPIN=
NAPIN*(NAPIN+1)/2.
For IGT=15, the entries for the first one-sixth part of a hexagon must be proper and
others are dummy numbers because the 60° rotational symmetry is assumed.
Block-13 Plotter control integers, required if IPLOT ≠ 0 in Block-1 is specified /3/
1 IG Signed integer to specify the combination of required region map; the integer is
made of the summation of following integers corresponding to the kind of map.
= 0 None
55